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PURIMAR S&SYS
PURIMAR S&SYS
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Samsung S&SYS PURIMAR Ballast Water Management System (BWMS)

PURIMAR Ballast Water Management System (BWMS) is an IMO-approved solution designed to treat ballast water onboard ships and ensure compliance with international ballast water regulations. Developed by S&SYS, PURIMAR removes and neutralizes harmful aquatic organisms before ballast water is discharged, helping to protect marine ecosystems.

The system is suitable for a wide range of commercial vessels, including bulk carriers, tankers, and container ships, and can be installed on both newbuilds and existing vessels. PURIMAR uses a proven treatment process combining filtration and electrolysis during ballasting, followed by neutralization during deballasting, ensuring environmentally safe discharge and reliable operation in line with the IMO D-2 standard.

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What is it?

The PURIMAR Ballast Water Management System (BWMS) is an advanced marine ballast water treatment system designed to meet the requirements of the IMO D-2 Convention. It treats ballast water onboard ships to remove and neutralize harmful aquatic organisms and microorganisms before discharge, helping to protect marine ecosystems and coastal waters.

Where is it used?

PURIMAR is installed onboard commercial vessels that use ballast water during normal operation, including bulk carriers, tankers, container ships, and other ocean-going vessels. The system is suitable for both newbuild installations and retrofitting on existing ships, supporting a wide range of ballast water flow capacities.

How does it work?

The system operates through a multi-stage treatment process. During ballasting, ballast water passes through a filtration stage that removes larger organisms and particles, followed by electrolysis sterilization that eliminates remaining microorganisms. During deballasting, a neutralization process reduces residual oxidants to environmentally safe levels before the treated water is discharged, ensuring compliance with international discharge standards.

What problems does it solve?

PURIMAR addresses the environmental and regulatory challenges associated with ballast water discharge. It prevents the spread of invasive aquatic species between different marine ecosystems, ensures compliance with global ballast water regulations, reduces environmental impact, and helps shipowners avoid fines, port restrictions, and operational delays related to non-compliance.

PURIMAR Ballast Water Management System – Models & Specifications

The PURIMAR Ballast Water Management System is offered in a wide range of models, designed to support different vessel sizes and ballast water capacities while ensuring full compliance with IMO D-2 regulations.

The SP-50 model is suitable for smaller applications, supporting a ballast water flow of 500 m³/hr, with a power consumption of 12.7 kW and a compact footprint of 9.7 m².

For increased capacity, the SP-100 model delivers 1,000 m³/hr, consuming 20.7 kW of power and requiring 10.4 m² of installation space.

The SP-150 model operates at 1,500 m³/hr, with a power consumption of 30.4 kW and a footprint of 10.8 m², offering an efficient balance between performance and space.

Mid-range vessels can benefit from the SP-200 model, which handles 2,000 m³/hr, requires 38.1 kW, and occupies 12.5 m².

The SP-250 model increases capacity to 2,500 m³/hr, with 47.5 kW power consumption and a footprint of 12.8 m², making it ideal for medium-sized ballast operations.

For higher operational demands, the SP-300 model supports 3,000 m³/hr, consumes 55.8 kW, and requires 13.5 m² of space.

The SP-350 model delivers 3,500 m³/hr, with a power requirement of 66.6 kW and a footprint of 14.1 m².

The SP-400 model operates at 4,000 m³/hr, consuming 74.2 kW, with a footprint of 15.2 m².

The SP-450 model supports 4,500 m³/hr, requires 83.0 kW, and occupies 16.2 m².

The SP-500 model is designed for 5,000 m³/hr, with a power consumption of 95.1 kW and a footprint of 17.7 m².

For larger vessels, the SP-550 model handles 5,500 m³/hr, consuming 102.4 kW, with 19.2 m² of required space.

The SP-600 model delivers 6,000 m³/hr, with 110.4 kW power consumption and a footprint of 19.7 m².

High-capacity installations are supported by the SP-700 model, which operates at 7,000 m³/hr, requires 164.7 kW, and occupies 24.2 m².

The SP-800 model provides 8,000 m³/hr, with a power requirement of 184.3 kW and a footprint of 25.8 m².

The SP-900 model supports 9,000 m³/hr, consuming 203.8 kW, with 28.0 m² of installation space.

The largest configuration, the SP-1000 model, is designed for 10,000 m³/hr ballast water flow, with a power consumption of 223.4 kW and a footprint of 39.6 m², making it suitable for large commercial vessels with demanding ballast operations.

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